CN106265005A - A kind of Novel ocular health-care appliance and application process - Google Patents

A kind of Novel ocular health-care appliance and application process Download PDF

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Publication number
CN106265005A
CN106265005A CN201610579290.9A CN201610579290A CN106265005A CN 106265005 A CN106265005 A CN 106265005A CN 201610579290 A CN201610579290 A CN 201610579290A CN 106265005 A CN106265005 A CN 106265005A
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China
Prior art keywords
electronic control
control module
user
sighting target
imaging lens
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CN201610579290.9A
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李成新
陈永松
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李成新
陈永松
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Priority to CN201610579290.9A priority Critical patent/CN106265005A/en
Publication of CN106265005A publication Critical patent/CN106265005A/en
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    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61HPHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
    • A61H5/00Exercisers for the eyes

Abstract

The present invention relates to protection device and application process technical field, more specifically, relate to a kind of Novel health-care instrument and application process, described health-care appliance includes the binocular eyepiece of order installation, imaging lens group, display screen, described imaging lens group is provided with the mobile device for moving imaging lens group, described health-care appliance also includes electronic control module and illustrates the interactive device of observed icon for user, and described electronic control module all electrically connects with display screen, mobile device.Owing to described electronic control module all electrically connects with display screen, moving structure so that electronic control module can control display screen, moving structure the most intelligently, is changed as required, thus realizes the health care of child's eyes fast, safely.And the use of the health-care method of the present invention makes child can obtain convenient, safe health care training, and avoid pseudomyopia to can not get timely treating, cause the risk of visual deterioration.

Description

A kind of Novel ocular health-care appliance and application process
Technical field
The present invention relates to protection device and application process technical field, more particularly, to a kind of Novel ocular health-care appliance and Application process.
Background technology
The visual problems that myopia, hypermetropia, pseudomyopia, stravismus and amblyopia Deng Shi China resident are common, 2012 according to statistics In more than 5 years old total population of China, myopia and the number of patients about 500,000,000 of hypermetropia, wherein total number of patients of myopia is left 4.5 hundred million Right.One of them factor is, a lot of heads of a family are before the child that do not offers a clear explanation is true myopia or pseudomyopia, with regard to blindness Wear to child and put on one's glasses, cause originally recovering normal pseudomyopia and become very myopia.
Medical research shows, children's vision grow sensitive period be before 6 years old, 7-12 year belong to the plastic phase, after 12 years old Belong to the most plastic phase.Therefore, the child in myopia, hypermetropia and pseudomyopia patient carries out and treats targetedly in the stage, then having can Its vision can be made to obtain the most even return to one's perfect health.
The common vision correction measures towards child, wears eyesight correcting glasses, wears cornea plasticity mirror (also known as " OK Mirror ") etc..Wherein eyesight correcting glasses is except bringing many inconvenience in life for wearer, simultaneously because wear the reality of child Vision change in border is very fast, often there will be not mating of eyeglass lens power and eyesight status, thus affects rectification effect.And cornea plasticity Mirror then exists that xerophthalmia, corneal inflammation, perforation, CC be thinning, corneal curvature deformation equivalent risk.Therefore a kind of new eye is found Health care technology overcomes the problems referred to above, allows child obtain convenient, safe visual rehabilitation means, particularly necessary.
Summary of the invention
It is an object of the invention to overcome the deficiencies in the prior art, it is provided that a kind of Novel ocular health-care appliance, make child obtain just Prompt, safe health care training, and avoid pseudomyopia to can not get timely treating, cause the risk of visual deterioration.
For solving above-mentioned technical problem, the technical solution used in the present invention is:
A kind of Novel ocular health-care appliance is provided, including the binocular eyepiece sequentially installed, imaging lens group, display screen, described Imaging lens group is provided with the mobile device for moving imaging lens group, and described health-care appliance also includes electronic control module and use Illustrate the interactive device of observed icon in user, described electronic control module all electrically connects with display screen, mobile device.
One Novel ocular health-care appliance of the present invention, owing to described electronic control module is all electrically connected with display screen, moving structure Connect so that electronic control module can control display screen, moving structure the most intelligently, is changed as required, from And realize the health care of child's eyes fast, safely.
One of improving, described binocular eyepiece can be the eyepiece that some focal lengths are different, and described moving structure is motor.Described double Mesh eyepiece can be the eyepiece that some focal lengths are different, and described moving structure is motor.Described binocular eyepiece can be that some focal lengths are different The setting of eyepiece, be owing to meeting the training area of ocular muscles, the myopia needing simulation is relatively big with hyperopia degree scope, And the vision of different user has significant diversity, a kind of fixing imaging lens group and the collocation of eyepiece, it is difficult to meet institute There is the demand of user, therefore, the eyepiece of several focal length can be made by eyepiece according to the vision distributions without user, allow every A kind of user group containing certain vision state range, to ensure every kind of groups training area under eye care state.Separately Outward, described moving structure is the setting of motor, is the length in order to limit light path, quickly realizes the compact of optometry and eye care instrument Design, utilizes motor to change display screen, distance between imaging lens group and binocular eyepiece three, shows realizing display screen Show that sighting target image moves and the change of axle multiplying power of hanging down before and after ocular imaging picture point.Preferably, for reducing motor movement time Noise, described motor is ultrasonic motor.
Preferably, described motor is ultrasonic motor, and described display screen is black-and-white crystal screen.Setting of ultrasonic motor Put is to reduce noise.Described display screen is the setting of black-and-white crystal screen, is due to the sighting target image needs on screen Be contracted to be equivalent to the effects of viewing outside 5 meters, and the sighting target used by optometry be essentially the character of white gravoply, with black engraved characters or pattern (as " E " or " C "), preferably black-and-white crystal screen, it is simple to improve picture element density.
One of improve, between described binocular eyepiece and imaging lens group, be provided with the reflecting mirror for extending light path.As excellent Select scheme, for reducing the process technology demand of eyeglass each to imaging lens group (such as the radius of curvature of lens, burnt footpath ratio, refraction Rate etc.), reflecting mirror can be used to extend light path so that use the lenses composition imaging lens group of simpler easily system, in order to fall Low cost.
Preferably, described health-care appliance includes the first reflecting mirror and the second reflecting mirror, and described imaging lens group includes two parts, Part imaging lens group is between described display screen and reflecting mirror, and another part imaging lens group is positioned at described binocular eyepiece And between reflecting mirror.Described imaging lens group includes that two parts, part imaging lens group are positioned at described display screen and reflecting mirror Between, another part imaging lens group is between described binocular eyepiece and reflecting mirror, and these are disposed to coordinate above-mentioned Add the extended pattern light path after reflecting mirror, utilize secondary imaging, by shown by display screen inside limited optical path length Sighting target image down, to the angular resolution size of sighting target needed for optometry, meets the demand of optometry.
Preferably, described imaging lens group is provided with achromatism eyeglass.Described imaging lens group is provided with achromatism eyeglass, It it is the chromatic dispersion problem in order to solve imaging lens group.
Preferably, described health-care appliance also includes the support member for fixing optometry and the head of eye care person, described support Part lays respectively at the both sides of controlled eclipser with binocular eyepiece and it is in relative position, and described support member is provided with for detecting The head of optometry and the eye care person whether induction installation on setting position.The setting of support member, in order to fix user Head, improves comfort so that eyes are relatively fixed with the distance of eyepiece, while reducing fatigue, solves because of head Portion rocks and causes screen display sighting target image to move before and after ocular imaging picture point.Design induction installation so that instrument simultaneously Device is able to detect that user's head, whether on the position set, improves training and the effect of test.Preferably, induction installation For sense of touch and light sensing switch, so it is easy to quickly sense, and cost is relatively low.
Preferably, described support member is the jaw torr for holding lower jaw.The setting of jaw torr is to be user-friendly to, and protects at eye Strong instrument front disposes a jaw torr, places lower jaw for user.
Preferably, described interactive device is handle or rocking bar or button.Quickly interactive to record institute for the ease of user Whether the sighting target direction seen, reach, with this interpretation user, the vision level that sighting target is corresponding, and described interactive device is handle or shakes Bar or button.
Preferably, described electronic control module is provided with communication module, and available bluetooth, wifi, NFC, cable network etc. will Refraction data reaches high in the clouds and analyzes the vision variable condition of user for doctor.
The present invention also provides for the application process of a kind of described Novel ocular health-care appliance, concretely comprises the following steps:
A. display screen random sequence display vision is the sighting target image of twenty-twenty vision;
B. user observes sighting target image image after imaging lens group imaging by binocular eyepiece;
C. user is by icon observed by interactive device signal optometry and eye care person;
D. electronic control module is made according to the signal icon of interactive device and being judged with or without the information seen clearly, sends signal;
If e. signal is " not seeing ", electronic control module controls mobile device control imaging lens group and moves, until seeing Till Qing Chu;If signal is " seeing clearly ", electronic control module controls mobile device and moves, and imaging lens group passes through moving structure Mobile, make image picture point always after the recess of macula retinae center, and electronic control module sends according to interactive device This state of signal determining be that near vision state does not i.e. see Chu;
F. after a period of time, repeating c, a Step d, the signal that electronic control module sends according to interactive device is sentenced Determine image again to drop back into macula retinae center recess and i.e. see state;
G. electronic control module changes the direction of display screen display sighting target image, and repeat b, c, d, e, F step;
H. repeat g step several times, until it reaches myopia training center extreme value, complete forward training;
I. electronic control module continuation control mobile device moves, and imaging lens group is moved by moving structure, makes image Picture point always before the recess of macula retinae center, and the signal determining that sends according to interactive device of electronic control module this State is that distance vision state does not i.e. see Chu;
J. a f step is repeated;
K. electronic control module changes the direction of display screen display sighting target image, and repeat b, c, d, i, J step;
L. repeat k step several times, until it reaches hypermetropia training center extreme value, complete negative sense training;
M. above step is utilized to realize the health care of eyes.
Described binocular eyepiece front end is additionally provided with controlled eclipser, also includes following before the above-mentioned applying step of health-care appliance Optometry step:
(A), by controlled eclipser, eyes are carried out shading or printing opacity action;
(B), display screen random sequence display vision is the sighting target image of a standard degrees;
(C), the eyes of printing opacity side observe sighting target image image after imaging lens group imaging by binocular eyepiece;
(D), user by interactive device illustrate observed by sighting target image;
(E), tester make according to the signal icon of interactive device and judging with or without the information seen clearly, send signal;
(F) if it is " not seeing " that tester receives signal, electronic control module controls mobile device and moves, and makes imaging Battery of lens constantly changes position, and simulation constantly adjusts the effect of the eyeglass number of degrees, until user sees;
(G) if it is " seeing clearly " that tester receives signal, electronic control module record is the most correct;And same size Sighting target image occur repeatedly and direction is random, described sighting target image is continued the rate of being accurate in one's observation higher than certain ratio by user, The vision level that level is user of sighting target image the most now, the number of degrees of imaging lens group are the degree of the eyes of printing opacity side Number;If described sighting target image is continued the rate of being accurate in one's observation by user is less than certain ratio, then tester receives signal for " to see not Clearly ", step (F) is continued executing with;
(H), above-mentioned steps achieves the detection of the side hypometropia number of degrees;Then the screening to eyes of the controlled eclipser is converted Light and printing opacity, complete the detection of the myopia degree of both sides eyes.
Described binocular eyepiece front end is additionally provided with controlled eclipser, also includes following before the above-mentioned applying step of health-care appliance Optometry step:
A (), user utilize controlled eclipser that eyes are carried out shading or printing opacity;
B (), display screen random sequence display vision is the sighting target image of twenty-twenty vision;
C (), electronic control module control the controlled eclipser state of shading side eyes and switch to center line crack printing opacity shape State;
D (), user watch observation sighting target image at controlled eclipser center line crack after imaging lens group imaging Image;By sighting target image observed by interactive device signal optometry and eye care person;
(e), be slowly rotating the center line fissure direction of controlled eclipser clockwise or counterclockwise;
If f () user rotation center line crack is more than A angle after, user is by interactive device signal optometry and eye care Sighting target image observed by person, according to input signal, electronic control module judges that the definition of twice observation is consistent with fuzziness , electronic control module judges that the astigmatism of eyes of user less than certain number of degrees or does not has astigmatism;If user passes through interactive device After sighting target image observed by signal optometry and eye care person, electronic control module judges certain center line crack according to input signal Under direction, sighting target definition is higher than other direction, then electronic control module judges that the direction in center line crack is astigmatism direction, and note The best vision of the lower eyes of user of record, then rotation center line fissure direction B angle, electronic control module records user's eye again The best vision of eyeball, the astigmatism degree that vision difference is eyes of user of two center line fissure directions;
G (), above-mentioned steps achieve the detection of side eyes astigmatism degree;Then convert controlled eclipser state, complete The astigmatism test of both sides eyes.
Described A angle is 360 degree, and B angle is 90 degree.
Compared with prior art, the invention has the beneficial effects as follows:
One Novel ocular health-care appliance of the present invention and application process, due to described electronic control module and display screen, movement Structure all electrically connects so that electronic control module can control display screen, moving structure the most intelligently, enters as required Row changes, thus realizes the health care of child's eyes fast, safely.And the use of the health-care method of the present invention makes child to obtain Convenient, safe health care training, and avoid pseudomyopia to can not get timely treating, cause the risk of visual deterioration.
Accompanying drawing explanation
Fig. 1 is the structural representation not adding reflecting mirror of embodiment 1 Novel ocular health-care appliance.
Fig. 2 is the structural representation after the addition reflecting mirror of the novel optometry of embodiment 1 and eye care instrument.
Fig. 3 is the structural representation after the addition reflecting mirror of embodiment 2 type optometry and eye care instrument.
Detailed description of the invention
Below in conjunction with detailed description of the invention, the present invention is further illustrated.Wherein, being merely cited for property of accompanying drawing illustrates, Represent is only schematic diagram, rather than pictorial diagram, it is impossible to it is interpreted as the restriction to this patent;In order to the reality of the present invention is better described Executing example, some parts of accompanying drawing have omission, zoom in or out, and do not represent the size of actual product;To those skilled in the art For, in accompanying drawing, some known features and explanation thereof may be omitted and be will be understood by.
The corresponding same or analogous parts of same or analogous label in the accompanying drawing of the embodiment of the present invention;Retouching in the present invention In stating, it is to be understood that if having term " on ", D score, the orientation of the instruction such as "left", "right" or position relationship be for based on accompanying drawing Shown orientation or position relationship, be for only for ease of the description present invention and simplify description rather than instruction or imply indication Device or element must have specific orientation, with specific azimuth configuration and operation, therefore position relationship described in accompanying drawing Term being merely cited for property explanation, it is impossible to be interpreted as the restriction to this patent, for the ordinary skill in the art, can To understand the concrete meaning of above-mentioned term as the case may be.
Embodiment 1
As Fig. 1 to 2 show the present invention a kind of Novel ocular health-care appliance and the first embodiment of application process, described health-care appliance Including the binocular eyepiece 2 sequentially installed, imaging lens group 4, display screen 3, described imaging lens group 4 is provided with for being moved into As the mobile device 6 of battery of lens 4, described tester also includes electronic control module 5, described electronic control module 5 and display screen Curtain 3, mobile device 6 all electrically connect;Described tester also includes illustrating the interactive device of observed icon for user.
Specifically, described binocular eyepiece 2 can be the eyepiece that some focal lengths are different, and described moving structure 6 is motor.Described double Mesh eyepiece 2 can be the setting of the different eyepiece of some focal lengths, is owing to meeting the training area of ocular muscles, needs simulation Myopia and hyperopia degree scope are relatively big, and the vision of different user has significant diversity, a kind of fixing imaging lens group 4 Collocation with binocular eyepiece 2, it is difficult to meet the demand of all users, therefore, can be by eyepiece according to the vision state without user Distribution, makes the eyepiece of several focal length, allows each contain the user group of certain vision state range, to ensure every kind of groups Training area under eye care state.It addition, described moving structure 6 is the setting of motor, it is the length in order to limit light path, Quickly realize the compact design of optometry and eye care instrument, utilize motor to change display screen 3, imaging lens group 4 and binocular eyepiece 2 Distance between three, shows that sighting target image moves and hang down axle multiplying power before and after ocular imaging picture point realizing display screen 3 Change.Furthermore it is preferred that for reducing noise when motor movement, described motor is ultrasonic motor.
Wherein, described display screen 3 is black-and-white crystal screen.Display screen 3 is the setting of black-and-white crystal screen, be due to Sighting target image on screen needs to be contracted to be equivalent to the effect of viewing outside 5 meters, and the sighting target used by optometry is the whitest The character of end surplus or pattern (such as " E " or " C "), preferably black-and-white crystal screen, it is simple to improve picture element density.
The present invention also provides for the application process of a kind of Novel health-care instrument, the concrete steps of the application process of described health-care appliance For:
A. display screen 3 random sequence display vision is the sighting target image of twenty-twenty vision;
B. user observes sighting target image image after imaging lens group 4 imaging by binocular eyepiece 2;
C. user is by icon observed by interactive device signal optometry and eye care person;
D. health-care appliance is made according to the signal icon of interactive device and being judged with or without the information seen clearly, sends signal;
If e. signal is " not seeing ", electronic control module 5 controls mobile device 6 and moves, and imaging lens group 4 is by mobile Structure 6 moves, till seeing;If signal is " seeing clearly ", electronic control module 5 controls mobile device 6 and moves, imaging Battery of lens 4 is moved by moving structure 6, makes image picture point always after the recess of macula retinae center, and Electronic Control Module 5 is that near vision state does not i.e. see Chu according to this state of signal determining that interactive device sends;
F., after a period of time, c, a Step d, the signal that electronic control module 5 sends are repeated according to interactive device Process decision chart picture again drops back into macula retinae center recess and i.e. sees state;
G. electronic control module 5 changes display screen 3 and shows the direction of sighting target image, and repeat b, c, d, E, f step;
H. repeat repeatedly g step, until it reaches myopia training center extreme value, complete forward training;
I. electronic control module 5 continuation control mobile device 6 moves, and imaging lens group 4 is moved by moving structure 6, makes Image picture point is always before the recess of macula retinae center, and the signal that electronic control module 5 sends according to interactive device Judge that this state does not i.e. see Chu as distance vision state;
J. a f step is repeated;
K. electronic control module 5 changes display screen 3 and shows the direction of sighting target image, and repeat b, c, d, I, j step;
L. repeat repeatedly k step, until it reaches hypermetropia training center extreme value, complete negative sense training;
M. above step is utilized to realize the health care of eyes.
Wherein, the reflecting mirror 7 for extending light path it is provided with between described binocular eyepiece 2 and imaging lens group 4.As preferably Scheme, for reducing the process technology demand of eyeglass each to imaging lens group (such as the radius of curvature of lens, burnt footpath ratio, refractive index Deng), reflecting mirror can be used to extend light path so that use the lenses composition imaging lens group of simpler easily system, in order to reduce Cost.
It addition, described imaging lens group 4 is provided with achromatism eyeglass.Described imaging lens group 4 is provided with achromatism eyeglass, It it is the chromatic dispersion problem in order to solve imaging lens group 4.
Wherein, health-care appliance also includes the support member 8 for fixing optometry and the head of eye care person, support member 8 and binocular Eyepiece 2 lays respectively at the both sides of controlled eclipser 1 and it is in relative position, and described support member 8 is provided with for detecting optometry The whether induction installation on setting position with the head of eye care person.The setting of support member 8, is the head in order to fix user Portion, improves comfort so that eyes are relatively fixed with the distance of binocular eyepiece 2, is reducing while fatigue, solve because of Head rocks and causes screen display sighting target image to move before and after ocular imaging picture point.Design induction installation simultaneously so that Instrument is able to detect that user's head, whether on the position set, improves training and the effect of test.Preferably, sensing dress It is set to sense of touch and light sensing switch, is so easy to quickly sense, and cost is relatively low.
Wherein, in the present embodiment, support member 8 is the jaw torr for holding lower jaw.The setting of jaw torr is to be user-friendly to, Dispose a jaw torr in eye care instrument front, place lower jaw for user.
It addition, interactive device is handle or rocking bar or button.Quickly interactive so that what record was seen for the ease of user Whether sighting target direction, reach, with this interpretation user, the vision level that sighting target is corresponding, described interactive device be handle or rocking bar or by Button.
Detailed step is as follows:
Eye care state:
Lower jaw is put in jaw torr by optometry and eye care person, eyes near optometry and eye care instrument binocular eyepiece 2 front, and Preferable steady statue is maintained under the support of jaw torr.Now, imaging lens group 4 move to for normal visual acuity person (with vision 5.0 is standard) for, for the position of zero diopter state.
Now, imaging lens group 4 is moved, and allows the sighting target image shown in display screen 3 send out in the imaging picture point of eyeball Raw movable, but one is straight after the recess of macula retinae center, and the effect that user is seen is near vision state, now User, in order to see sighting target, by conscious control ocular muscles and ciliary muscle, regulates lenticular focal length, makes imaging picture point again Drop back into macula retinae center recess.Meanwhile, optometry and eye care person can manipulate interactive device and input the sighting target side seen To.
Sighting target direction will be changed at random behind the sighting target direction that electronic control module inputs according to user.Same sighting target will display After several directions, will continue to change the position of imaging lens group 4, until it reaches the extreme value of myopia training center, just now complete To training.
Then imaging lens group 4 continues to move to, and changes over as image point position so that picture point one is straight in macula retinae Before the heart is recessed, the effect that user is seen is distance vision state.Repeat above-mentioned training process, until it reaches the pole of hypermetropia training center Value, makes ocular muscles obtain exercise and ciliary muscle is loosened, it is achieved the purpose of eye care.Now complete the training of negative sense.
Embodiment 2
It is illustrated in figure 3 the second embodiment of the present invention a kind of Novel ocular health-care appliance and application process, the present embodiment and reality Executing example one to be similar to, institute's difference is, described reflecting mirror 7 includes the first reflecting mirror 71 and the second reflecting mirror 72, imaging len Group 4 includes two parts, part imaging lens group 4 between described display screen 3 and the first reflecting mirror 71, another part imaging Battery of lens 4 is between described binocular eyepiece 2 and the second reflecting mirror 72.Imaging lens group 4 includes two parts, part imaging len Group 4 between described display screen 3 and the first reflecting mirror 71, another part imaging lens group 4 be positioned at described binocular eyepiece 2 with Between second reflecting mirror 72, these extended pattern light paths being disposed to after coordinating above-mentioned addition reflecting mirror, utilize secondary to become Picture, by the angular resolution of sighting target needed for the sighting target image down shown by display screen 3 to optometry inside limited optical path length Size, meets the demand of optometry.
Obviously, the above embodiment of the present invention is only for clearly demonstrating example of the present invention, and is not right The restriction of embodiments of the present invention.For those of ordinary skill in the field, the most also may be used To make other changes in different forms.Here without also cannot all of embodiment be given exhaustive.All at this Any amendment, equivalent and the improvement etc. made within the spirit of invention and principle, should be included in the claims in the present invention Protection domain within.

Claims (10)

1. a Novel ocular health-care appliance, it is characterised in that include the binocular eyepiece (2) sequentially installed, imaging lens group (4), show Display screen curtain (3), described imaging lens group (4) is provided with the mobile device (6) for moving imaging lens group (4), described health care Instrument also includes electronic control module (5) and illustrates the interactive device of observed icon for user, described electronic control module (5) All electrically connect with display screen (3), mobile device (6).
Novel ocular health-care appliance the most according to claim 1, it is characterised in that described binocular eyepiece (2) can be some focal lengths Different eyepieces, described mobile device (6) is motor.
Novel ocular health-care appliance the most according to claim 2, it is characterised in that described display screen (3) is black-and-white crystal screen Curtain;Described interactive device is handle or rocking bar or button.
Novel ocular health-care appliance the most according to claim 1, it is characterised in that described binocular eyepiece (2) and imaging lens group (4) reflecting mirror (7) for extending light path it is provided with between.
Novel ocular health-care appliance the most according to claim 1, it is characterised in that described health-care appliance includes the first reflecting mirror (71) With the second reflecting mirror (72), described imaging lens group (4) includes that two parts, part imaging lens group (4) are positioned at described display screen Between curtain (3) and the first reflecting mirror (71), another part imaging lens group is positioned at described binocular eyepiece (2) and the second reflecting mirror (72) between;Utilize twice imaging, imaging lens group (4) by the sighting target image down shown by display screen (3) to optometry institute Need the resolution size of sighting target.
Novel ocular health-care appliance the most according to claim 1, it is characterised in that described health-care appliance also includes for fixing optometry With the support member (8) of the head of eye care person, described support member (8) and binocular eyepiece (2) lay respectively at controlled eclipser (1) Both sides and its be in relative position, described support member (8) is provided with for whether the head detecting optometry and eye care person is setting The induction installation that location is put.
7. the application process according to the Novel ocular health-care appliance described in any one of claim 1 to 6, it is characterised in that described Concretely comprising the following steps of the application process of health-care appliance:
A. display screen (3) random sequence display vision is the sighting target image of twenty-twenty vision;
B. user observes sighting target image image after imaging lens group (4) imaging by binocular eyepiece (2);
C. user is by icon observed by interactive device signal optometry and eye care person;
D. electronic control module (5) is made according to the signal icon of interactive device and being judged with or without the information seen clearly, sends signal;
If e. signal is " not seeing ", it is mobile that electronic control module (5) controls mobile device (6) control imaging lens group (4), directly To seeing;If signal is " seeing clearly ", it is mobile that electronic control module (5) controls mobile device (6), imaging lens group (4) mobile by moving structure (6), make image picture point always after the recess of macula retinae center, and Electronic Control mould Block (5) is that near vision state does not i.e. see Chu according to this state of signal determining that interactive device sends;
F. after a period of time, repeating c, a Step d, the signal that electronic control module (5) sends according to interactive device is sentenced Determine image again to drop back into macula retinae center recess and i.e. see state;
G. electronic control module (5) changes the direction of display screen (3) display sighting target image, and repeat b, c, d, E, f step;
H. repeat g step several times, until it reaches myopia training center extreme value, complete forward training;
I. electronic control module (5) continuation control mobile device (6) is mobile, and imaging lens group (4) is moved by moving structure (6) Dynamic, make image picture point always before the recess of macula retinae center, and electronic control module (5) sends according to interactive device This state of signal determining be that distance vision state does not i.e. see Chu;
J. a f step is repeated;
K. electronic control module (5) changes the direction of display screen (3) display sighting target image, and repeat b, c, d, I, j step;
L. repeat k step several times, until it reaches hypermetropia training center extreme value, complete negative sense training;
M. above step is utilized to realize the health care of eyes.
The application process of Novel ocular health-care appliance the most according to claim 7, it is characterised in that described binocular eyepiece (2) is front End is additionally provided with controlled eclipser (1), also includes following optometry step before the above-mentioned applying step of health-care appliance:
(A), by controlled eclipser (1), eyes are carried out shading or printing opacity action;
(B), display screen (3) random sequence display vision is the sighting target image of a standard degrees;
(C), the eyes of printing opacity side observe sighting target image figure after imaging lens group (4) imaging by binocular eyepiece (2) Picture;
(D), user by interactive device illustrate observed by sighting target image;
(E), tester make according to the signal icon of interactive device and judging with or without the information seen clearly, send signal;
(F) if it is " not seeing " that tester receives signal, it is mobile that electronic control module (5) controls mobile device (6), makes into As battery of lens (4) constantly changes position, simulation constantly adjusts the effect of the eyeglass number of degrees, until user sees;
(G) if it is " seeing clearly " that tester receives signal, electronic control module (5) record is the most correct;And with size Sighting target image occurs repeatedly and direction is random, and described sighting target image is continued the rate of being accurate in one's observation and is higher than certain ratio, then by user The vision level that level is user of sighting target image now, the degree of the eyes that the number of degrees are printing opacity side of imaging lens group (4) Number;If described sighting target image is continued the rate of being accurate in one's observation by user is less than certain ratio, then tester receives signal for " to see not Clearly ", step (F) is continued executing with;
(H), above-mentioned steps achieves the detection of the side hypometropia number of degrees;Then the controlled eclipser (1) screening to eyes is converted Light and printing opacity, complete the detection of the myopia degree of both sides eyes.
The application process of Novel ocular health-care appliance the most according to claim 4, it is characterised in that described binocular eyepiece (2) is front End is additionally provided with controlled eclipser (1), also includes following optometry step before the above-mentioned applying step of health-care appliance:
A (), user utilize controlled eclipser (1) that eyes are carried out shading or printing opacity;
B (), display screen (3) random sequence display vision is the sighting target image of twenty-twenty vision;
C (), electronic control module (5) control controlled eclipser (1) state of shading side eyes and switch to center line crack printing opacity State;
D (), user watch observation sighting target image at controlled eclipser (1) center line crack after imaging lens group (4) imaging Image;By sighting target image observed by interactive device signal optometry and eye care person;
(e), be slowly rotating the center line fissure direction of controlled eclipser (1) clockwise or counterclockwise;
If f () user rotation center line crack is more than A angle after, user is by interactive device signal optometry and eye care person institute Observe sighting target image, according to input signal, electronic control module (5) judges that the definition of twice observation is consistent with fuzziness, Electronic control module (5) judges that the astigmatism of eyes of user less than certain number of degrees or does not has astigmatism;If user passes through interactive device After sighting target image observed by signal optometry and eye care person, according to input signal, electronic control module (5) judges that certain center line splits Under the direction of gap, sighting target definition is higher than other direction, then electronic control module (5) judges that the direction in center line crack is astigmatism side To, and record the best vision of eyes of user, then rotation center line fissure direction B angle, electronic control module (5) is remembered again The best vision of the lower eyes of user of record, the astigmatism degree that vision difference is eyes of user of two center line fissure directions;
G (), above-mentioned steps achieve the detection of side eyes astigmatism degree;Then convert controlled eclipser (1) state, complete two The astigmatism test of branch hole eyeball.
The application process of Novel ocular health-care appliance the most according to claim 9, it is characterised in that described A angle is 360 degree, B angle is 90 degree.
CN201610579290.9A 2016-07-20 2016-07-20 A kind of Novel ocular health-care appliance and application process Pending CN106265005A (en)

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